The yield and degree of dispersion of the disperse (dendritic) deposit have been found to increase with overpotential.
The disperse curves are obtained by solving an eigenvalue problem.
A two-way coupling between the disperse and continuous phases was applied.
The optimal ratio of the disperse phase was screened in nanoemulsion formed without HA-GMS.
The disperse phase is injected via a needle into another co-flowing immiscible fluid.
The concentrations of gas species in the cluster, the disperse particle and the interface are obtained.
Water and hexadecane are used as the disperse and continuous phases, respectively.
Further work concerning higher resolution and the disperse fraction is necessary.
In all the experiments, water is used as the liquid phase and air (bubbles) as the disperse phase.
Product properties are strongly related to the disperse properties of the particles, i.e. their size, shape, morphology and surface.
The disperse dyes used were 1,4-dihydroxyanthraquinone (DHAQ), 1-amino-4-hydroxyanthraquinone (AHAQ) and 1,4-diaminoanthraquinone (DAAQ).
